Packera aurea (Golden Ragwort)

A confirmed, genuinely deer-resistant native groundcover, golden ragwort is a strong alternative to invasive English ivy or Japanese pachysandra - spreading readily by rhizome and seed to form dense colonies while supporting several named small-bee specialists in early spring.

Species Overview

Packera aurea, commonly called golden ragwort or golden groundsel, is a rhizomatous, spreading, semi-evergreen perennial native to moist woods, meadows, and stream banks from Ontario to Florida along the East Coast. It produces flat-topped clusters of brilliant yellow, daisy-like flowers atop sparsely-leaved stems in spring, rising above a basal rosette of heart-shaped, dark green leaves that are purple beneath.

Application

• Native groundcover - an alternative to invasive English ivy or Japanese pachysandra
• Moist to wet woodland, stream bank, and rain garden plantings
• Deer-pressured shade and part-shade sites
• Erosion control on stream banks and rocky ravine slopes

Growing Conditions / Specification Data

• Light: Full Sun to Full Shade - soil moisture needs increase with more sun
• Soil/Moisture Tolerance: Moist to wet soils; tolerates dry shade once established; tolerates low levels of seasonal flooding
• Plant Type: Forb
• Mature Height: 1-2 ft.
• Fall Color: Insignificant/None - semi-evergreen
• Bloom Color / Period: Yellow; April-June
• Wetland Indicator Status: NI (No Indicator) - see flags
• Native Range: Northeast/Mid-Atlantic (full list)
• Hydrology: Mesic-Moist
• Root Depth: Shallow (Under 12 in.)
• Salinity Tolerance: Low
• Growth Rate: Rapid
• Drought Tolerance: Low
• Flood Tolerance: Moderate - A moist meadow species tolerant of periodically wet soil.
• Shade Tolerance: Tolerant
• Growth Habit: Spreading - stoloniferous
• USDA Hardiness Zones: 3-8
• Deer Resistance: Yes (Rarely Damaged)
• Pollinator Value: Supports bees

Planting Guidance

• Shallow-rooted, making it suitable for underplanting shrubs and trees where root disturbance should be limited; propagate by clump division rather than relying on self-seeding.